In my country, carbon emissions from the construction sector account for nearly one-third of the nation's total. Building materials, as crucial components of construction, directly determine a building's energy efficiency. Vigorously developing green building materials is a crucial support for green urban and rural development and the construction of beautiful villages, and a powerful tool for achieving the "dual carbon" goals. In recent years, the national government and governments at all levels have introduced supporting policies to promote the integrated development of prefabricated construction, green building materials, and green buildings.
Green prefabricated building materials are becoming key to the transformation and upgrading of my country's construction industry. With their streamlined, mechanized, and automated production methods, green prefabricated building materials ensure standardized, regularized, and refined product quality. By shifting a large portion of on-site work to factories, building components and accessories are manufactured through industrialized production and then precisely assembled on-site, ensuring efficient, environmentally friendly, and safe construction production. This plays a leading role in driving the high-quality development of the new building materials industry.
As solar cell technology matures, standardized, prefabricated BIPV products are gradually gaining popularity as an innovative energy solution. They not only provide clean electricity for buildings but can also serve as decorative materials for exterior walls, roofs, and other parts of buildings, achieving a perfect integration of architecture and photovoltaic power generation. Zhongmao Green Energy Technology's "Huading" BIPV product is specifically designed for industrial and commercial rooftops. Utilizing an integrated, prefabricated technology approach, it boasts high efficiency, aesthetics, safety, and reliability, making it widely used in new and renovated industrial and commercial buildings.
Zoom Solar Green Energy Technology's "Huading" BIPV system utilizes cadmium telluride thin-film photovoltaic modules in an integrated design, delivering efficient and stable power generation performance, ensuring 25 years of continuous, high-efficiency power generation. Huading's double-glass structure increases the rooftop area by 20%, maximizing utilization and significantly increasing the system's overall power generation. Furthermore, Huading's modules feature a self-cleaning function, allowing dust and debris to naturally wash away with rain, effectively reducing dust and shadows, ensuring full utilization of solar energy, and improving the overall power generation efficiency of the power station.
In terms of building safety, the Huading BIPV system has a stable structure. First, for metal roofs, wind-resistant performance is a core requirement, especially in the eastern coastal areas, where typhoons are common. Many industrial and commercial enterprises have extremely high requirements for the wind resistance of factory roofs. The Huading BIPV product research and development team has comprehensively upgraded the product structure and technical parameters, with super impact resistance, and can withstand extreme weather such as hail, rain, snow, and typhoons. Secondly, the Huading BIPV system truly realizes the integrated combination of architecture and photovoltaics, with better reliability and greater safety. It realizes the same lifespan design of photovoltaics and buildings, and is built for 25 years of use, avoiding renovation and repeated disassembly and assembly, and is more economical.
As global energy transformation and green, low-carbon development continue to deepen, Zhongmao Green Energy Technology's "Huading" BIPV product, with its aesthetics and integration, waterproof performance, structural safety, power generation efficiency, long lifespan, easy maintenance, environmental friendliness, and significant economic benefits, has taken a leading position in the field of photovoltaic building integration, providing owners with a new energy solution. In the future, "Huading" is expected to be widely used in more construction fields, contributing further to the green transformation and sustainable development of the construction industry.